K _ 1 and K _ 2 are the respective equilibrium constant for the reactions (i) Xe F _ 6 ( g ) + H _ 2 O ( g ) ⇌ XeO F _ 4 ( g ) + 2HF ( g ) ; K _ 1 (ii) Xe O _ 4 ( g ) + Xe F _ 6 ( g ) ⇌ XeO F _ 4 ( g ) + Xe O _ 3 F _ 2

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Correct answer: D. K _ 2 K _ 1

(i) Xe F _ 6 ( g ) + H _ 2 O ( g ) ⇌ XeO F _ 4 ( g ) + 2HF ( g ) ; K _ 1 (ii) Xe O _ 4 ( g ) + Xe F _ 6 ( g ) ⇌ XeO F _ 4 ( g ) + Xe O _ 3 F _ 2 ; K _ 2 Required equation Xe O _ 4 ( g ) + 2HF ( g ) ⇌ Xe O _ 3 F _ 2 ( g ) + H _ 2 O ( g ) It is obtained by subtracting (i) from (ii), hence equilibrium constant of the required equation will be K _ 2 K _ 1 .

K _ 1 and K _ 2 are the respective equilibrium constant for the...

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